youqad

var MontyHall = function () {
  var car = randomInteger({n: 3})
  var our_choice = randomInteger({n: 3})
  var monty = categorical({vs: filter(
    function(d){return d != car & d != our_choice }, [0,1,2])})
  
  condition((our_choice == 0) & (monty == 1))
  return car == 2 ? "change wins": "keep wins"
}

youqad

var MontyHall = function () {
  var car = randomInteger({n: 3})
  var our_choice = randomInteger({n: 3})
  var all_doors_but = function (d1, d2) {
    return filter(function(d){return d != d1 & d != d2 }, [0,1,2])
  }
  var monty = categorical({vs: all_doors_but(car, our_choice)})
  var door_not_opened = all_doors_but(monty, our_choice)[0]

  return car == door_not_opened ? "change wins": "keep wins"

youqad

var = 0.1 / dim of compensated mov. = 0 (5 1 6)
var = 0.2 / dim of compensated mov. = 0 (5 1 6)
var = 0.3 / dim of compensated mov. = 0 (5 1 6)
var = 0.4 / dim of compensated mov. = 0 (5 1 6)
var = 0.5 / dim of compensated mov. = 0 (5 1 6)
var = 0.6 / dim of compensated mov. = 0 (5 1 6)
var = 0.7 / dim of compensated mov. = 0 (5 1 6)
var = 0.8 / dim of compensated mov. = 0 (5 1 6)
var = 0.9 / dim of compensated mov. = 0 (5 1 6)
var = 1.0 / dim of compensated mov. = 0 (5 1 6)

youqad

var = 0.1 / dim of compensated mov. = 4 (10 6 12)
var = 0.2 / dim of compensated mov. = 4 (10 6 12)
var = 0.3 / dim of compensated mov. = 0 (10 6 16)
var = 0.4 / dim of compensated mov. = 0 (10 6 16)
var = 0.5 / dim of compensated mov. = 11 (10 6 5)
var = 0.6 / dim of compensated mov. = 2 (10 4 12)
var = 0.7 / dim of compensated mov. = 4 (3 4 3)
var = 0.8 / dim of compensated mov. = 4 (3 4 3)
var = 0.9 / dim of compensated mov. = 6 (3 6 3)
var = 1.0 / dim of compensated mov. = 6 (10 6 10)

youqad

var = 0.1 / dim of compensated mov. = -1 (9 2 12)
var = 0.2 / dim of compensated mov. = 3 (9 5 11)
var = 0.3 / dim of compensated mov. = 3 (9 5 11)
var = 0.4 / dim of compensated mov. = -1 (9 5 15)
var = 0.5 / dim of compensated mov. = 3 (9 5 11)
var = 0.6 / dim of compensated mov. = 3 (9 5 11)
var = 0.7 / dim of compensated mov. = 0 (9 2 11)
var = 0.8 / dim of compensated mov. = 3 (9 5 11)
var = 0.9 / dim of compensated mov. = -1 (9 5 15)
var = 1.0 / dim of compensated mov. = 4 (10 5 11)

youqad

/*************************************************************
 *
 *  MathJax/extensions/TeX/xypic.js
 *
 *  Implements Xy-pic environment.
 *  
 *  ---------------------------------------------------------------------
 *  
 *  Copyright (c) 2011-2014 Isao Sonobe <sonoisa@gmail.com>.
 * 

youqad

import sys
from collections import deque

lines = []
for line in sys.stdin:
    lines.append(line.rstrip('\n'))
    
N = int(lines[0])
G = [set() for _ in range(N)]

youqad

20
20
3
5
2 3
2 4
2 4
9 3
7 6
5 4 3

youqad

20
20
1 1 1 2
1 5 3 2
1 5 1 2
1 5 1 2
1 5 2
1 4 2
1 5 2
1 7 2

youqad

20
20
3 3 7
2 4 7
1 5 8
8 6 1
8 3 3
3 3 2 2 3
2 2 3 2 1 4
3 1 3 3 5